What causes tire blowouts? 3 Authentic Reason

Tire blowouts can occur depending on many aspects of the tire condition. One frequent reason is structural breakdown. Remain composed and deal with the issue by slowing down.

Also, pulling over safely in the event of a tire blowout. Abrupt air pressure loss, triggered by factors such as overloading or punctures. The result is a loud noise and potential hazards.

This is particularly true when traveling at high speeds. Today I will share my bed experience and secret technique of recovery wheel blowout.

What Causes a Tire to Blowout on the Side

Underinflation or Overinflation

A tire that is underinflated lacks sufficient air pressure to sustain the weight of the car. Higher contact between the underinflated tire and the road surface means higher friction.

As a tire loses air pressure, it becomes more difficult to control the vehicle. On the other side, The majority of the weight is carried by the center of the tread on overinflated tires since they have less contact with the road.

The ability of overinflated tires to absorb road shocks is reduced. The tire structure may experience higher stress as a result of this lack of shock absorption.

Impact damage

The sidewall of a tire is immediately damaged when it strikes an elevated object or curb while being driven. The structural integrity of the tire may be compromised by this degradation, which might result in a blowout. One of the main factors influencing the tire’s long-term fragility is the impact it experienced in the original accident.

Age and wear

Natural aging creates multiple issues, such as rubber compounds degrading and oxidation. A tire’s structural integrity may be jeopardized when the tread wears away. Other road hazards can cause impact damage, which may increase damage.

What Kind of Damage Can a Tire Blowout Cause

Loss of control

A tire blowout can result in an abrupt and substantial drop in air pressure. This may cause the car’s balance to rapidly change.

Also, blown-out tires can affect a vehicle’s braking performance. A high-speed or curve blowout increases the risk of a rollover due to sudden imbalance and loss of control.

Vehicle damage

A tire blowout might influence the suspension system of the car. it severely damages shocks, struts, and control arms.

During a blowout, there is a sudden loss of control that may force the car to slide or hit objects, which might damage the body and frame. In some cases, blowouts can result in fluid leaks from various systems.

Physical injury

A blowout may cause the car to lose control and crash into obstacles or topple over. These collisions can seriously harm the car’s body and injure its occupants.

Even puts Viewers and passengers at harm’s risk. they may get wounds and abrasions from flying glass, sharp items, or other things within.

Why do I Keep Getting Tire Blowouts?

Improper maintenance

One typical element that might exacerbate this blowout problem is incorrect maintenance. identifiable potential issues before the blowout are missed if not inspected properly.

Avoiding checking and maintaining the recommended tire pressure for your vehicle leads to excessive heat buildup. Not using proper measurement before driving creates many widows for blowouts as well.

Low-quality or worn tires

Inadequate materials or production techniques may result in tire structural problems. Low-quality tires refer to structural flaws. These could be low tread depth which reduces traction. 

Even reduces tire’s ability to grip the road surface diminishes, increasing the risk of a blowout. Poorly made or low-quality tires could not be as resilient and long-lasting.

Driving conditions

Tire blowouts are frequently caused by ordinary driving circumstances such as potholes, debris, and bad weather. Blowouts are more likely to occur when traveling at high speeds and over uneven terrain, among other activities. Additionally, the University of Michigan discusses in detail these blowouts. 

Can a Tire Blowout Kill You?

Potential fatal accidents

In some cases, blowouts can be fatal to passengers. Study on Crash Causation (NHTSA, 2008): About 12% of the crashes analyzed had tire-related problems, such as blowouts.

Secondary collisions

A single tire blowout and consequent loss of control can initiate a chain reaction of incidents. These incidents often involve multiple cars on multi-lane highways or in crowded traffic situations. This hiccup in the regular flow of traffic may cause further collisions as other cars try to maneuver.

Physical injuries

Various injuries can happen during a blowout. Serious injuries such as fractures, brain damage, and spinal cord injuries are more common in rollover collisions. Whiplash and neck injuries can result from abrupt deceleration or tire blowout.

Tire Blowout vs Flat

Sudden vs Gradual

A tire blowout is a sudden and rapid loss of air pressure in a tire. A flat tire involves a gradual loss of air pressure over time. Unlike a blowout, a flat tire is often the result of a slower process, such as a nail or sharp object

Impact on control

A tire blowout caused the affected wheel to lose traction abruptly. On the other side A flat tire, with its gradual loss of pressure, generally has a less severe impact on vehicle control. With a blowout, there’s an increased risk of the vehicle swerving or veering off course.

Severity of damage

In general, a flat tire is seen as less serious than a blowout. A tire blowout can result in damage to various areas of the car in addition to the tire itself. A flat tire is more likely to damage limited to the affected tire

Tire Blowout on Highway

Increased danger

If this happens in congested areas or at high speeds, it may be quite dangerous. The driver can find it difficult to keep control, which could result in an accident with another car.

Traffic implications

A halt or delay caused by a tire blowout may result in brief traffic gridlock.” A lane blockage may occur if the driver is unable to quickly relocate the car to the shoulder or another safe spot.

The chance of subsequent crashes might be raised by the abrupt change in speed and possible lane obstruction.

Limited safe areas

Generally speaking, safe places are spots on the side of the road where a motorist can pull over to the side of the traffic flow to deal with a problem.

The situation’s hazards and difficulties may worsen if there are few safe places available. On a busy highway, a blowout makes it tougher for the driver to reach that safe area.

How do I do When Tire Blowouts?

Stay calm

Remain composed when a tire blows out. With hazards on, maintain a stronghold, gradually depress the pedal, and steer straight to the roadside.

When you go out, look for traffic. To manage effectively, safety must come first. Inspect and replace the tire or request help.

Gradually decelerate

Instead, slowly depress the accelerator. Hold onto the steering wheel firmly.

Pull over safely

Pull over safely if it’s possible, after scanning the area for incoming traffic, before relocating the car.

How do I Prevent Blowouts of my Tire?

Regular inspections

Regular checkups are essential to guarantee your tires are operating at their best. Begin by regularly inspecting for obvious damage indicators like cuts, bulges, or any type of puncture.

Proper inflation

Follow the manufacturer’s recommended tire pressure. Refer to the information on the inside of the driver’s side door or the handbook for your car.

Quality tires

Always purchasing high-quality tires is essential to avoiding blowouts. For more suggestions, ask your local mechanic or experts

Final Thought

You can avoid tire blowouts by exercising good judgment, performing routine maintenance, and being meticulous.

Remember that taking preventive actions not only ensures your safety but also enhances the enjoyment of safe driving for everyone else


  • Matthew Slaughter

    I’m the founder of Tireorb and an automobile engineer from The University of Aucklandand, New Zealand, a specialist in vehicle tire research, and an expert in the field of automotive technology and the science of tire design and development. Possess a deep understanding of the complex engineering principles that go into the creation of safe, reliable, and efficient tires that meet the diverse needs of drivers around the world.

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